Facial Expression Recognition (FER) can be widely applied to various research areas, such
as mental diseases diagnosis and human social/physiological interaction detection. With the …

With the development of autonomous vehicles, drivers will adopt new postures, which
should be considered for optimizing the future passive safety systems. On the other hand …

Objective: A test track study was conducted to quantify patterns of adult front seat passenger
head motion during abrupt vehicle maneuvers. Method: Eighty-seven men and women with …

A 12-participant test-track study in a sedan, a minivan, and a pickup assessed head
excursions across vehicles using two abrupt braking events, two lane changes, and turn-and …

Motion sickness in road vehicles may become an increasingly important problem as
automation transforms drivers into passengers. Motion sickness could be mitigated through …

Objective: Studies of vehicle occupant motions in response to abrupt vehicle maneuvers
have demonstrated movements that may result in changes in the level of protection for the …

At present, the development of autonomous driving technology is still immature, and there is
still a long way until fully driverless vehicles. Therefore, the state of the driver is still an …

The driver's whole-body posture at the time of a collision is a key factor in determining the
magnitude of injury to the driver. However, current researchs on driver posture models only …

Driver distraction detection is crucial to driving safety when autonomous vehicles are co-
piloted. Recognizing drivers' behaviors that are highly related with distraction from real-time …

Postural sway has been demonstrated to increase following exposure to different types of
motion. However, limited prior studies have investigated the relationship between exposure …